Working Principle of Straw Animal Feed Extruder Machine

Introduce:

With the rapid development of science and technology, the machinery industry has developed very well. In the machinery industry, feed machinery is widely used. Let’s say the straw Animal Feed Extruder Machine, which is a device that squeezes straw into cylindrical feed pellets. We have a simple understanding of it, but let everyone introduce it. Let’s take a look at its working principle and elements. I believe many people don’t know it well. Let Shenghong Machinery introduce it to you.

Straw Animal Feed Extruder Machine Technical parameter:

Working principle of Straw Animal Feed Extruder Machine:

When the Straw Animal Feed Extruder Machine presses the straw pellets, sometimes it will not be shaped, the pellets extruded are very loose, or even can not be pressed into pellets. The reasons why straw pellets do not form can be seen from two aspects, one is the raw material, and the other is the pellet pressing equipment. The specific reasons are as follows: 1. The water content of the raw materials. When making straw pellets, the water content of the raw materials is a very important indicator. The water content is generally below 20%. Of course, this value is not certain. Different raw materials require different requirements. The pellet machine for making straw pellets such as pine, fir, and eucalyptus requires a moisture content of 13% to 17%. Another aspect is the principle itself. Different raw materials such as straw and paper scraps have different properties and different fiber structures, so the degree of difficulty of molding is also different. Materials that are more difficult to press, such as palm. Another is that if it is a mixture, the mixing ratio of various components will also affect the molding rate.

The elements of a Straw Animal Feed Extruder Machine:

The compression ratio is a parameter of the die of the Straw Animal Feed Extruder Machine, which refers to the length of the die hole divided by the diameter of the die. The larger the compression ratio, the thicker the template, the longer the material compression time, and the higher the forming rate of the particles. If the thickness of the mold is not up to a certain standard, the straw pellets are more difficult to form, and of course it is not limited to straw. Another factor of the machine is the gap between the pressure wheel and the mold. This is easy to understand. If the gap is too large, the particles will definitely not be pressed.